Coolest palindrome sample solution

week6/3-Forecast/forecast.py

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+def forecast(days):
+	d = {"rain": 0, 'sunshine': 0, 'snow': 0}
+	tomorrow = ''
+	li = []
+	for item in days:
+		if item == 'rain':
+			d['rain'] += 1
+		if item == 'sunshine':
+			d['sunshine'] += 1
+		if item == 'snow':
+			d['snow'] += 1
+	for values in d.values():
+		li.append(values)
+	li.sort()
+	print(li)
+	if li[2] > li[1]:
+		for key, value in d.items():
+			if value == li[2]:
+				tomorrow = key
+	if li[2] == li[1]:
+		if li[2] == li[0]:
+			tomorrow = days[len(days)-1]
+		else:
+			for key, value in d.items():
+				if value == li[0]:
+					tomorrow = key
+	return tomorrow
+
+print(forecast(["rain", "rain", "sunshine", "sunshine"]))

week6/3-Forecast/solutions/forecast.py

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+def forecast(days):
+	d = {"rain": 0, 'sunshine': 0, 'snow': 0}
+	tomorrow = ''
+	li = []
+	for item in days:
+		if item == 'rain':
+			d['rain'] += 1
+		if item == 'sunshine':
+			d['sunshine'] += 1
+		if item == 'snow':
+			d['snow'] += 1
+	for values in d.values():
+		li.append(values)
+	li.sort()
+	print(li)
+	if li[2] > li[1]:
+		for key, value in d.items():
+			if value == li[2]:
+				tomorrow = key
+	if li[2] == li[1]:
+		if li[2] == li[0]:
+			tomorrow = days[len(days)-1]
+		else:
+			for key, value in d.items():
+				if value == li[0]:
+					tomorrow = key
+	return tomorrow
+
+print(forecast(["rain", "rain", "sunshine", "sunshine"]))

week7/1-Taken-Name/solutions/surname.py

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+def taken_name(surname_husband, surname_wife):
+	if surname_husband in surname_wife:
+		return True
+	else:
+		return False
+
+print(taken_name("Petrov", "Ivanova-Petrova"))
+print(taken_name("Andonov", "Karapitonova"))

week7/2-Coolest-Palindrome/solutions/is_string_palindrom.py

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+def is_string_palindrom(string):
+	new_string = ''
+	marks = [',', '.', '?', '!', ' ']
+
+	for c in string:
+		if c not in marks:
+			new_string += c
+
+	new_string = new_string.lower()
+
+	for i in range(0, len(new_string)//2):
+		if new_string[i] == new_string[len(new_string)-1-i]:
+			continue
+		else:
+			return False
+	return True
+print(is_string_palindrom("A Toyota!"))
+print(is_string_palindrom("bozaa"))
+print(is_string_palindrom(" kapak! "))